# B C A Car 1 is traveling at 130 km/hr around the track. At which point(s) would velocity be the same for Car 1? At which point(s) would Car 1 accelerate?

## Presentation on theme: "B C A Car 1 is traveling at 130 km/hr around the track. At which point(s) would velocity be the same for Car 1? At which point(s) would Car 1 accelerate?"— Presentation transcript:

B C A Car 1 is traveling at 130 km/hr around the track. At which point(s) would velocity be the same for Car 1? At which point(s) would Car 1 accelerate? Car 1 is traveling at 130 km/hr around the track. At which point(s) would velocity be the same for Car 1? At which point(s) would Car 1 accelerate? D 1 2 Never B & D

SpeedVelocityAcceleration Place the following statements in the correct column: 1.Change in direction of an object. 2.Includes the speed of an object. 3.S = D/T 4.Shows the direction in which an object is traveling. 5.Shows a change in the speed of an object. 6.Shows how fast an object is traveling. Change in direction of an object. Includes the speed of an object. S = D/T Shows the direction in which an object is traveling. Shows a change in the speed of an object Shows how fast an object is traveling.

When an object is acted upon by an unbalanced force, the object __________________________________

A ball is rolling at 6 km/hr along a tiled hallway. As the ball rolls into a carpeted bedroom what opposing force increases? What happens to the ball? FrictionBall slows down

If the larger rock has a mass of 50 kg and the smaller a mass of 5 kg, describe the acceleration of the smaller rock if the force applied is identical. The smaller rock accelerates 10 times as fast.

Time Speed Write a scenario describing what is happening in the above graph.

What is the average speed of the bus after 2 hours? 80 km/hr

How much time does it take for a bird flying at a speed of 45 kilometers per hour to travel a distance of 1,800 kilometers? 40 hours

Download ppt "B C A Car 1 is traveling at 130 km/hr around the track. At which point(s) would velocity be the same for Car 1? At which point(s) would Car 1 accelerate?"

Similar presentations